研究报告
王新海,王天广,马同森,张凌,马骏.中高温条件下活性红KE-3B厌氧脱色特性和机理初探[J].环境科学学报,2012,32(11):2748-2754
中高温条件下活性红KE-3B厌氧脱色特性和机理初探
- Characteristics and mechanism of anaerobic decolorization of reactive red KE-3B under mesophilic and thermophilic conditions
- 基金项目：国家自然科学基金面上项目(No.20875022)
- 作者
- 单位
- 王新海
- 河南大学化学化工学院环境与分析科学研究所, 开封 475004
- 王天广
- 河南大学化学化工学院环境与分析科学研究所, 开封 475004
- 马同森
- 河南大学化学化工学院环境与分析科学研究所, 开封 475004
- 张凌
- 河南大学化学化工学院环境与分析科学研究所, 开封 475004
- 马骏
- 蓝星环境工程有限公司国家环境保护膜分离工程技术中心,北京 101300
- 摘要：以活性红KE-3B为例,考察了中高温条件下盐度、VFAs(挥发性脂肪酸)、污泥的吸附等对其厌氧脱色的影响,从产气量和生物气组分来探讨活性红KE-3B厌氧脱色的形式和程度,并对活性红KE-3B的厌氧脱色机理作初步探讨.结果显示,高温更有利于活性红KE-3B的脱色,脱色率可以达到98%以上,维持高脱色率的最高盐度为600 mmol·L-1,并且在脱色过程中,没有发现活性红KE-3B被矿化,其主要脱色形式为初级降解.
- Abstract：Based on an anaerobic batch test system, the effects of salt, volatile fatty acids (VFAs) and sludge adsorption on decolorization of reactive red KE-3B were studied in details. The form and extent of anaerobic decolorization were detected by gas production amount and composition, and the degradation mechanism of reactive red KE-3B reduction was also discussed. The results indicated that the decolorization rate was higher (more than 98%) under thermophilic condition than that under mesophilic condition when the salt concentration was less than 600 mmol·L-1. The evidence of mineralization of reactive red KE-3B was not detected, and we found that the main decolorization form was primary biodegradation.
摘要点击次数： 1921 全文下载次数： 2904
